摘要
针对人工切割米线劳动强度大、工作效率低并且存在安全隐患等缺点,通过分析米线的产品特点确定其加工需求。按照模块化设计理念,将整机分成几个功能模块,并对各功能模块的工作原理和驱动方式进行构思和系统性设计,研发了一种米线自动切割一体机。采用PLC对其控制,并运用SolidWorks建立其三维模型,对关键部件进行理论计算及ANSYS有限元分析,详细论证了方案的可行性。
For the artificial cutting rice noodle labor intensity, low efficiency and the existence of security risks and other shortcomings, by analyzing the product characteristics of rice noodles,the processing needs is determined. In accordance with the modular design concept, the machine is divided into several functional modules, and the working principle and the driving way of each functional module are conceived and systematically designed, developed a noodle automatic cutting machine. Using PLC to control it, and Solidworks is used to build its three-dimensional model, the key components is theoretically calculated and analyzed by ANSYS software, the feasibility of the program is demonstrated in detail.
作者
朱家诚
苗凯
武林
ZHU Jiacheng;MIAO Kai;WU Lin(School of Mechanical Engineering,Hefei University of Technology,Anhui Hefei 230009,Chin)
出处
《机械》
2018年第5期43-47,71,共6页
Machinery
关键词
米线切割
自动化控制
食品机械
有限元分析
rice noodle cutting
automatic control
food machinery
finite element analysis
